Requires DEP to perform certain assessments concerning regulation of perfluoroalkyl and polyfluoroalkyl substances.
Impact
The impact of A3113 on state laws is significant as it mandates systematic evaluations of PFAS, which are chemical substances often linked to adverse environmental and health effects. By requiring the DEP to report on these assessments and to consider children's health specifically, the bill not only shapes the regulatory landscape for water safety in New Jersey but also aligns state practices with contemporary health standards. This measure could lead to the establishment of new regulations concerning drinking water quality that were previously unaddressed, thereby enhancing the overall safety of New Jersey's drinking water supplies.
Summary
Assembly Bill A3113 proposes that the Department of Environmental Protection (DEP) of New Jersey conduct assessments every five years on perfluoroalkyl and polyfluoroalkyl substances (PFAS) that are unregulated at both state and federal levels. This measure aims to evaluate whether maximum contaminant levels or other drinking water standards should be established for additional PFASs. The bill emphasizes the necessity for protecting public health, particularly the health of children, who are deemed more vulnerable due to their lower body weight and higher intake of drinking water relative to their weight compared to adults.
Contention
The discussions surrounding A3113 may center on the operational demands placed on the DEP with the required assessments and reporting protocols. Concerns could arise regarding the costs and resources necessary to effectively implement these evaluations. Furthermore, although the intention behind the bill is to improve public health, there may be pushback from industries that might be impacted by stricter regulations on PFAS, potentially including those engaged in manufacturing or treatment processes involving these substances. Stakeholders might argue about the feasibility and economic implications of implementing the proposed measures.